Ｐａｐｅｒｌｅｓｓ Ｒｅｃｏｒｄｅｒ

ＴＲＭ－００Ｊ
Ｕｓｅｒ’ｓ Ｍａｎｕａｌ

DWG.No.4B-5408

Paperless Recorder
TRM-00J Operation Manual
Introduction
Thank you for purchasing our electronic product (TRM-00J).
Before using this product, please read this manual carefully to understand its contents.
Please keep this manual and use it whenever necessary.
Precautions upon Usage
Please read this section before use.
This operation manual should be kept by the user of this product.
For the safe use of this product, please avoid the following:★ Safety Precautions
For the safe use of the product and to prevent possible accident or damage, the following warning signs are used in this operation manual
for safety-related precautions depending on their level of importance and risk. Please follow each instruction in order for you to use theproduct safely.
★ Warning Symbols and Their Meanings

DangerImproper handling of the equipment
may cause fatality or serious injury
for an impending reality.

CautionImproper handling of theequipment may cause injury or
physical damage on it.

Warning

Improper handling of the equipment
may cause fatality or serious injury.

ReminderCare should be taken for ensuringsafety.

★ Example of Symbols
General caution, warning or
prohibition without particularity

Instruction on groundconnection for the equipmentwith safety grounding terminals

Hazard of pinched fingers on aparticular portion of theequipment

Possible injury caused bytouching a particular portion of
the equipment under specificconditions

Unspecific behaviors of generalusers

Hazard of injury due to hightemperature under specificconditions

Hazard of an electric shock
under specific conditions

Hazard of injury such as anelectric shock due todisassembling or modification of
the equipment

Hazard of burst under particularconditions

DWG.No.4B-5408

Warning
Wrong connection ofthe product may cause fire, which may lead to the breakdown of the product. After the wiring
work, make sure that all connections are donecorrectly before turning the power of the product ON.
Never turn the power ON while the wiring work is in progress. Never touch the high-voltage section of the product,such as the power supply terminal. Doing so may cause an electrocution.
Breakdown of or abnormality in the product may cause serious effect to the system. Install the appropriate protective
circuit outside the product.
To avoid possible breakdown or fire, do not use this product for the purpose that is beyond the scope of its
specification.
Never attempt to modify or disassemble the product. Such attempt may cause fire, electrocution, or damage to the
product.
Do not use the product at a place that is exposed to flammable and explosive gases.

Caution
Do not connect anything to the blank terminal.
Do not use pointed objects to operate keys.
To avoid electrocution and breakdown/incorrect operation of the product, never turn the power ON while the wiring
work is in progress.
Make sure to turn the power OFF before replacing any device (e.g., for repair) that is connected to the product. Before
turning the power ON again, make sure that the all wiring works are finished.
This product must be installed in a cool and well-ventilated area.
Do not put any foreign object, such as a piece of metal, inside the product. Doing so may cause fire, electrocution, or
breakdown of the product.
This product is intended for instrumentation. If the product is used in a place with high voltage or strong noise, take thenecessary measures at the device side.
This product is designed to control temperature and other physical volumes of general purpose industrial facilities.
Do not use this product for control that may greatly affect human life.
Turn OFF the power of the product before cleaning it. To clean the product, wipe it with a soft and dry cloth.
Avoid using thinners and other similar chemicals. Such chemicals may cause deformation or discoloration of the
product.
This product may cause electromagnetic interference in the home environment. The user of this product is requested
to take necessary measures to prevent such a problem.
Make sure to tighten terminal screws well with the designated torque. Insufficient tightening may cause electrocution
or fire.
Strictly observe precautions written in this manual upon usage.
Unauthorized posting and reproduction of the contents of this manual is prohibited.
Contents of this operation manual may be revised without prior notice.

Important Reminder Regarding Export Trade Control Order
Please investigate the client and the purpose of usage to make sure the product will not be used as a weapon of mass destruction (e.g., for military
purpose and military facility).

DWG.No.4B-5408

Contents
Section 1
Outline ·················································································· - 1 1.1. Features······················································································· - 1 1.2. Check the Product ··············································································· - 1 1.3. Name of Parts ·················································································· - 1 1.4. Basic Screen Navigation ··········································································· - 2 Section 2
Installation ··············································································· - 4 2.1. Precautions upon Installation ······································································· - 4 2.2. How to Attach/Detach ············································································ - 5 2.3. Outline View and Dimensions of Panel Cut ····························································· - 6 Section 3
Wiring ·················································································· - 7 3.1. Things to be Noted during the Wiring Work ···························································· - 7 3.2. Terminal Layout ················································································· - 8 3.3. Wiring to Each Terminal ··········································································· - 8 3.3.1. Power Supply Terminal············································································································· - 8 3.3.2. Analog Input Terminal ·············································································································· - 9 3.3.3. ALM Terminal ······················································································································· - 9 3.3.4. RS-485 Terminal ····················································································································· - 9 3.3.5. USB Connector ······················································································································ - 9 3.3.6. DI/DO Terminal ···················································································································· - 10 Section 4
Screen Description ········································································ - 11 4.1. Common Display Section ········································································· - 11 4.2. Real-Time Trend················································································ - 13 4.2.1. Common Sections of Real-Time Trend··························································································· - 13 4.2.2. Trend Display ······················································································································· - 14 4.2.3. Bar Graph Display ·················································································································· - 16 4.2.4. Digital Display······················································································································· - 17 4.2.5. Event History ······················································································································· - 18 4.3. Historical Trend ················································································ - 19 4.3.1. Common Sections of Historical Trend ··························································································· - 19 4.3.2. Trend Display ······················································································································· - 20 4.3.3. Event History ······················································································································· - 21 4.3.4. File Selection ························································································································ - 22 4.4. Settings ······················································································ - 23 4.4.1. Basic Operation of Setting Screen ································································································ - 23 4.4.2. Unnecessary Settings ·············································································································· - 24 4.4.3. Main Menu ························································································································· - 25 4.4.4. Parameter Settings················································································································· - 25 4.4.5. System Settings····················································································································· - 27 4.4.6. Channel Settings···················································································································· - 30 Section 5
Function Description ······································································ - 32 5.1. Measuring Value ··············································································· - 32 5.1.1. Method of Setting in Accordance with the Type of the Sensor ······························································· - 32 5.1.2. RJC Function ························································································································ - 32 5.1.3. Square Root Operation ············································································································ - 33 5.1.4. Correction of Measuring Value ··································································································· - 33 5.2. Alarm························································································ - 34 5.3. Group ······················································································· - 34 DWG.No.4B-5408

5.4. Record ······················································································· - 35 5.4.1. Record Cycle and File Record Cycle······························································································· - 35 5.4.2. Record Type ························································································································ - 35 5.4.3. Conditions to Start/Stop the Recording ························································································· - 35 5.4.4. Record Data························································································································· - 37 5.5. Message ····················································································· - 37 5.6. DI··························································································· - 38 5.7. Lapse Time···················································································· - 38 5.8. FUNC Key····················································································· - 38 5.9. Event ························································································ - 38 5.10. Communication ··············································································· - 39 5.11. LCD Backlight ················································································· - 39 Section 6
List of Settings ··········································································· - 40 6.1. Parameter Settings ············································································· - 40 6.1.1. Input Settings ······················································································································· - 40 6.1.2. Display Setting ······················································································································ - 44 6.1.3. Record Settings ····················································································································· - 47 6.1.4. Others ······························································································································· - 49 6.2. System Settings ················································································ - 51 6.2.1. LCD backlight ······················································································································· - 51 6.2.2. Key function ························································································································ - 51 6.2.3. Comm. Settings····················································································································· - 51 6.2.4. Clock ································································································································· - 52 6.2.5. Language ···························································································································· - 52 -DWG.No.4B-5408

User’s

ManualSection 1

TOHO

ELECTRONICS INC.
DWG.No.4B-5408

Outline1.1. Features●This product is a paperless recorder that displays measurement data on LCD on a real-time basis and save them into an external
memory (USB memory or SD card). LCD with touch panel allows you to operate the recorder veryeasily.
●The product allows you to set thermocouple, resistance temperature detector, DC voltage (current), and such other data freely up to 6
channels.
●It can also re-display the data that has been saved in the external memory.

1.2. Check the ProductPlease check the following items before use:
★ Appearance
Check if case, front surface, and terminal board are free from damage.
★ Check if accessories are included. (See below for accessories.)
Attaching tool (large and small—2 pieces each), CD-ROM, rubber packing (attached to the main unit), and internal packing of thecover (attached to the main unit).

1.3. Name of Parts

①

②

③
No.
①

Name
Display Sections

②
③
④
⑤
⑥

REC Key
MENU KeyFUNC KeyUSB Memory PortSD Card Slot

④

⑤

⑥

How To Use
Liquid Crystal Display (LCD) with touch panel. Displays measuring dataand parameters. Touch the surface to set the data.
Starts and stops the recording.
Switches the display between trend and main menu screens.
Sets and executes operations.
A slot to insert USB memory that will be used as an external memory.
A slot to insert SD card that will be used as an external memory.

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1.4. Basic Screen Navigation

Power On

Initialscreen4 Sec. after

Real-Time Trend

Historical Trend
Mode key

Horizontal Trend

Horizontal Trend

Graph key

Graph key
Mode key

Vertical Trend

Vertical Trend

Graph key

Graph key

Bar Graph

Event History

Graph key
Digital Display
File key

OK keyCancel key

Graph key
File Selection
Event History

Graph key

Back key
MENU key

MENU key

MENU key
Main Menu-2-

User’s

ManualTOHOELECTRONICS INC.
DWG.No.4B-5408

Main Menu

Back key
MENU key

Parameter key

System key

Parameter Setting

Back key
MENU key

System Setting

Input setting

Storage Media

Display setting

Device/Other

Record setting

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User’s

ManualSection 2

TOHO

ELECTRONICS INC.
DWG.No.4B-5408

Installation

2.1. Precautions upon Installation

Warning
To avoid electrocution and damage to the device, always turn the
power OFF upon detaching/attaching the product.
★ Ambient Temperature (Use the product within the range indicated below.)① Temperature Range: 0–50℃② Humidity Range: 20%–90%PH (without condensation)③ Installation Angle: Reference surface±10 degrees★ Avoid installing the product at the following locations:① Places where the temperature changes drastically and causes condensation② Places that produce corrosive and flammable gases③ Places that are exposed to water, oil, steam, and chemicals④ Places with direct vibration and impact⑤ Places with many dust, salt, metal chips, etc.
⑥ Places with direct sunlight⑦ Places that may negatively affect the electrical circuit, such as static electricity, noise, and magnetism⑧ Places that are exposed directly to the air from the air-conditioning unit
★Precautions upon Installation① Secure enough space for ventilation to maintain the ambient temperature of less than 50℃. If the ambient temperature canreach or exceed 50℃, cool the area with a fan or cooler.However, the product must not be directly exposed to the cooled air.
② Avoid installing the product on top of a device that produces high heat (such as a heater or atransformer).
③ Install the product as far from high-voltage devices and power lines as possible.
④ Do not block the ventilation hole of the product. If products are to be installed side by side, always leave some space in between.

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2.2. How to Attach/Detach★ Attach to Panel① Make a hole at the panel surface.
② Insert the product from the front surface.
③ Change the size of the attachment to be used depending on the thickness of the panel surface.
④ Lock the product by turning the attachment clockwise.
＊Wiring work must be performed after the attachment of the product.
＊Turn the power ON after the wiring.
★ Detach from Panel① Turn the power OFF② Detach cables③ Detach the attachment from the product by turning it counterclockwise.
④ Detach the product from the panel.
＊Turn the power OFF before detaching the product.

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User’s

Manual

TOHO

2.3. Outline View and Dimensions of Panel Cut
Unit: mm

Unit: mm

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ELECTRONICS INC.
DWG.No.4B-5408

User’s

ManualSection 3

TOHO

ELECTRONICS INC.
DWG.No.4B-5408

Wiring3.1. Things to be Noted during the Wiring Work

Warning
To avoid electrocution and breakdown of the product, never turn the power ON while the wiring work is in progress.
★ For thermocouple input, use the designated wire or extension lead wire.
★ For resistance temperature detector input, use the lead wire with less wire resistance and zero difference in the resistance between 3
wires (3-wire type).
★ Upon wiring of the input signal line, it must be placed far from power source line, power line, and load line since it is easily affected by
the induction noise.
★ Upon wiring the power source to the measuring equipment, make sure the equipment will not be affected by the noise that comesfrom the power supply.
In case the product is exposed to the noise, it is advisable to use the noise filter.
If the noise filter is to be used, please take note of the following:◎ Install the noise filter near the temperature controller as much as possible.
Make the wiring of the output wire (secondary side) of the noise filter and product to the power terminal as short as possible.
◎ Separate the input wire (primary side) of the noise filter from the output wire (secondary side).
Bundling input and output wires together or wiring them close to each other in the same duct or pipe will induct the highfrequency noise, and therefore, the expected noise reduction effect cannot be achieved.
◎ Make the wiring of the ground wire of the noise filter as short as possible.
If the ground wire is too long, inductance will be equally inserted and, as a result, the high-frequency property gets worse.
◎ If the attaching board of the noise filter is to be used for the grounding, attach the noise filter after removing the paint coating inorder to reduce the contact resistance with the case of the device.
★ For the power supply wire, use the twisted electric wire with less voltage drop.
★ The product starts its operation approximately 4 seconds after the power is turned ON. To use as a signal for the interlock circuit,please use the delayed relay.
★ Power switch and fuse are not included. If necessary, please install them near the product.
◎ Recommended Fuse Rating: Rated voltage of 250V and rated current of 1A★ Use a crimp contact that matches the size of the screw.
◎ Size of Crimp Contact: Contact width of 8mm or less
Recommended Crimp Contact Manufacturer: Nichifu
Model: ICTV-1.25Y-3.5 (Y Terminal)
ICTV-1.25-3.5L (Rounded Terminal)◎ Recommended Tightening Torque: 0.5Nm(5kgfm)◎ Applicable Wiring Material: Use the wire with the size that matches the terminal.
Shielded wire is recommended.
For Pt100 (resistance temperature detector), use wiring materials of the same kind with low conducting wire
resistance and zero difference in resistance between 3 wires.

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3.2. Terminal Layout

Power

RS-485

ALM

DI/DO

Analog Input 4-6

Analog Input 1-3

3.3. Wiring to Each Terminal
3.3.1. Power Supply Terminal

Terminal No.

31

32
AC

33
GND

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3.3.2. Analog Input Terminal
Terminal No.
CH
Input

21

22
4
-/B

+/A

Terminal No.
CH
Input

11

12
1
-/B

+/A

23

24

V+/b

+/A

13

14

V+/b

+/A

25
5
-/B
15
2
-/B

26

27

V+/b

+/A

16

17

V+/b

+/A

Common to All Channels: Method of Wiring per Input Type

RTD

TC・mV

A

B

+

-

V

b

-

+

※ In case of mA input, use 250Ω shunt resistor and wire at the area where V input is located.

3.3.3. ALM Terminal

Terminal No.

35
DO

36
DO_COM

38+

39-

3.3.4. RS-485 Terminal

Terminal No.

※ Attach terminator at the end station.

3.3.5. USB Connector
Connection Type: USB Micro B terminal

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28
6
-/B
18
3
-/B

29
V+/b
19
V+/b

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3.3.6. DI/DO Terminal
DI: Non-voltage Contact Input (9 points), common
DO: Open Collector Output (12 points), common
139
40

Pin No.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20

2

Signal
DI1
DI2
DI3
DI4
DI5
DI6
DI7
DI8
DI9
NC
NC
NC
DI_COM
DI_COM
DI_COM
DI_COM
DI_COM
DI_COM
DI_COM
DI_COM

Pin No.
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40

Signal
DO1
DO2
DO3
DO4
DO5
DO6
DO7
DO8
DO9
DO10
DO11
DO12
DO_COM
DO_COM
DO_COM
DO_COM
DO_COM
DO_COM
DO_COM
DO_COM- 10 -ELECTRONICS INC.
DWG.No.4B-5408

User’s

ManualSection 4

TOHO

ELECTRONICS INC.
DWG.No.4B-5408

Screen Description

4.1. Common Display Section

①

③

⑤

②

④

⑥

① State of SD Card
Shows the state of SD card throughthe text color.
Blue: Not inserted
Yellow Green: Inserted (with a remaining capacity of more than 30%)
Yellow: Inserted (with a remaining capacity of more than 10% but less than 30%)
Red: Inserted (with a remaining capacity of less than 10%)② State of USB Memory
State of USB memory is expressed by the color of the text.
Blue: Not inserted
Light Blue: Inserted (with a remaining capacity of more than 30%)
Yellow: Inserted (with a remaining capacity of more than 10% but less than 30%)
Red: Inserted (with a remaining capacity of less than 10%)
③ Remaining Memory Capacity
Shows the remaining capacity of USB memory/SD card/internal memory. Text color indicates the type of the memory medium.
White: Internal Memory
Light Blue: USB Memory
Yellow Green: SD Card
Yellow: Remaining capacity is more than 10% but less than 30% (※)
Red: Remaining capacity is less than 10% (※)※: If the remaining capacity of the subjected memory is low, then the color that is common to all memories will be displayed.

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ManualTOHOELECTRONICS INC.
DWG.No.4B-5408④ State of Recording
Shows the state of recording through the text color.
Blue: Recording is stopped
Red: Recording in progress⑤ Clock
Displays current date and time. See 6.2.4Clock to set date and time.
⑥ Date and Time of Lapse Time/Cursor
When real-time trend is being displayed, it displays the lapse time in accordance with the lapse time setting. See 5.7Lapse Time fordetails.
When historical trend is being displayed, it displays the date and time of the cursor.

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DWG.No.4B-5408

4.2. Real-Time Trend
Displays the latest data that is being recorded. See the description of each section.
4.2.1. Common Sections of Real-Time Trend

①

②

③

④

① Group Switching Key
Switches the group to be displayed.
Text to be displayed is the name of the group that is currently displayed.
See 5.3Group for details.
② Mode Key
Switches the real-time trend/historical trend.
Text Display: REAL: Real Time Trend Display
HIST: Historical Trend Display③ Graph Key
Switches the display direction of the trend and other displays.
Display sequence: “Horizontal Trend”⇒“Vertical Trend”⇒“Bar Graph”⇒“Digital”⇒“Event History”⇒“Horizontal Trend,” and so on.
Each display method can be hidden through settings in accordance with 6.1.1.3Display④ Display Switching Key
Turn scale display and measuring value display ON/OFF during the trend display.
Display sequence: “Scale: ON, Measuring Value: ON”⇒ “Scale: OFF, Measuring Value: ON”⇒“Scale: ON, Measuring Value: OFF”⇒”Scale: OFF, Measuring Value: OFF” ⇒ “Scale: ON, Measuring Value: ON’” and so on.

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4.2.2. Trend Display
Horizontal Trend

ELECTRONICS INC.
DWG.No.4B-5408

Vertical Trend
③

②

②

⑤
⑤

⑥

③

⑥

⑦

①

⑦

④

①Trend Line
Draws the line with the color that was set per channel.
② ScaleDisplays the scale per channel. The color that was set per channel shall be used as a background color of the scale.
Scale range shall be determined based on the setting of upper/lower limit of the scale range(Rng of ScaleU/L).
It can also display up to three scales simultaneously. Assign the scale number to each channel through the scale No. setting.
Range of the scale can also be changed temporarily through the special operation (see 4.4.6Channel Settings).
③ Measuring Value
Displays the measuring value of each channel in a numerical format. However, in case of a breakdown of the sensor or this product,
the following texts will be displayed:-H-: This will be displayed when the detected input value is higher than the measuring range.
-L-: This will be displayed when the detected input value is lower than the measuring range.
B. OUT: This will be displayed when the sensor is disconnected during TC input (※1) or mV input (※2).
Note: The above will not be displayed if the burnout setting is turned OFF or other input types are used.
Fault: This will be displayed when the input circuit of the product is not functioning.
Furthermore, if there is an error in the subjected channel, the text color turns red.
※1: K, J, T, E, R, S, B, N, U, L, WRe5-26, PR40-20, PL2※2: -10-10 (mV), 0-20 (mV), 0-50(mV)- 14 -

User’s

ManualTOHOELECTRONICS INC.
DWG.No.4B-5408④ Channel Number Key
Pressing thechannel number key allows the user to switch the subjected channel to be displayed at the scale. Upon doing so, thetrend line will get thicker and the unit will be displayed for approximately 3 seconds.
Channel number or tag will be displayed depending on the setting of the label display.
Pop-up screen of the channel setting will be displayed when the key is pressed for 2 seconds.
See 4.4.6Channel Settings for details.
⑤Auxiliary LineCan set the number of auxiliary lines per channel. Set the scale auxiliary line(Partitions) if necessary.
If set to 0, auxiliary line will be automatically drawn in accordance with the scale.
⑥ Time Stamp Time and Line
Displays the time stamp with the fixed time interval during the recording. Fixed time interval varies depending on the setting of therecord cycle.
⑦ Event and Alarm Display
A yellow-green “△” symbol will be displayed at the portion where event (※1) has occurred during the recording. A red line will be
displayed while the alarm (※2) is turned ON.
※1: See 5.2Alarm※2: See 5.9Event- 15 -

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ManualTOHOELECTRONICS INC.
DWG.No.4B-5408

4.2.3. Bar Graph Display

①

②

③

① Bar Graph
Displays the bar graph of the measuring value per channel. Color and scale of the graph are based on the setting that is made fordisplay color and upper/lower limit of scale range(Rng of ScaleU/L).
Range of the scale can also be changed temporarily through the special operation (see 4.4.6Channel Settings).
② Measuring Value
Displays the measuring value of each channel in a numerical format. However, in case of a breakdown of the sensor or this product,
the following texts will be displayed:-H-: This will be displayed when the detected input value is higher than the measuring range.
-L-: This will be displayed when the detected input value is lower than the measuring range.
B. OUT: This will be displayed when the sensor is disconnected during TC input (※1) or mV input (※2).
Note: The above will not be displayed if the burnout setting is turned OFF or other input types are used.
Fault: This will be displayed when the input circuit of the product is not functioning.
Furthermore, if there is an error in the subjected channel, the text color turns red.
※1: K, J, T, E, R, S, B, N, U, L, WRe5-26, PR40-20, PL2※2: -10-10 (mV), 0-20 (mV), 0-50(mV)③ Channel Number Key
If the channel number key is pressed, the unit will be displayed for approximately 3 seconds.
A channel number or tag will be displayed depending on the setting of the label display.
A pop-up screen of the channel setting will be displayed when the key is pressed for 2 seconds.
See 4.4.6Channel Settings for details.

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ManualTOHOELECTRONICS INC.
DWG.No.4B-5408

4.2.4. Digital Display①②③① Measuring Value
Displays the measuring value of each channel in a numerical format. However, in case of a breakdown of the sensor or this product,
the following texts will be displayed:-H-: This will be displayed when the detected input value is higher than the measuring range.
-L-: This will be displayed when the detected input value is lower than the measuring range.
B. OUT: This will be displayed when the sensor is disconnected during TC input (※1) or mV input (※2).
Note: The above will not be displayed if the burnout setting is turned OFF or other input types are used.
Fault: This will be displayed when the input circuit of the product is not functioning.
※1: K, J, T, E, R, S, B, N, U, L, WRe5-26, PR40-20, PL2※2: -10-10 (mV), 0-20 (mV), 0-50(mV)② Channel Number Key
If the channel number key is pressed, the unit will be displayed for approximately 3 seconds.
A channel number or tag will be displayed depending on the setting of the label display.
A pop-up screen of the channel setting will be displayed when the key is pressed for 2 seconds.
See 4.4.6Channel Settings for details.
③ Alarm Display
Alarm number of the subjected channel turns red.

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4.2.5. Event History

Scroll Bar

Displays the history of events. Up to 50 event histories shall be kept.
Events that were triggered during the display of this screen will be displayed by pressing the update key.
Use scroll bar or ▲/▼ keys to scroll the screen to see events that are outside the display area.
If clear key is pressed, a pop-up screen appears to confirm the deletion.
Event history can be deleted by pressing the OK key. To cancel the deletion, press Cancel key.

Press OK key or CANCEL key to close the deletion confirmation pop-up screen.

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DWG.No.4B-5408

User’s

ManualTOHOELECTRONICS INC.
DWG.No.4B-5408

4.3. Historical Trend
Displays past data. See the description of each section.
4.3.1. Common Sections of Historical Trend

①

②

③

④

① File Key
If the file key is pressed, a file selection screen appears. From the file selection screen, select the file to be displayed at the historical
trend. See 4.3.4File Selection for details.
② Mode Key
Switches real-time trend/historical trend.
Text Display: REAL: Real-Time Trend Display
HIST: Historical Trend Display③ Graph Key
Switches the display direction of the trend and other displays.
Display sequence: “Horizontal Trend”⇒“Vertical Trend”⇒“Event History”⇒“Horizontal Trend,” and so on.
Each display method can be hidden through settings in accordance with 6.1.1.3Display.
④ Display Switching Key
Turn scale display and measuring value display ON/OFF during the trend display.
Display sequence: “Scale: ON, Measuring Value: ON” ⇒ “Scale: OFF, Measuring Value: ON” ⇒ “Scale: ON, Measuring Value: OFF”⇒”Scale: OFF, Measuring Value: OFF” ⇒ “Scale: ON, Measuring Value: ON,” and so on.

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ManualTOHOELECTRONICS INC.
DWG.No.4B-5408

4.3.2. Trend Display
③

④

③
⑥

⑥

⑦
②

④

②

⑦

⑧

①

⑧

⑤

① Trend Line
Draws the line with the color that was set per channel during the recording.
② Cursor
The measuring value of the time that is indicated by the cursor will be displayed. Touching the area where the trend line is drawn
will allow the cursor to move to the touched area.
③ ScaleDisplays the scale per channel. Color that was set per channel during the recording shall be used as the background color of thescale.
Scale range shall be determined based on the setting of upper/lower limit of scale range(Rng of ScaleU/L).
It can also display up to three scales simultaneously. Assign a scale number to each channel through the Scale No. setting.
Range of the scale can also be changed temporarily through the special operation (see 4.4.6Channel Settings).
④ Measuring Value
Displays, in a number format, the measuring value of each channel of the time that is indicated by the cursor.
⑤ Channel Number Key
Pressing the channel number key allows the user to switch the subjected channel to be displayed at the scale. Upon doing so, thetrend line will get thicker and the unit will be displayed for approximately 3 seconds.
Channel number or tag will be displayed depending on the setting of label display.
Contents of tag shall be the one that was set during the recording.
A pop-up screen of the channel setting will be displayed when the key is pressed for 2 seconds.
See 4.4.6Channel Settings for details.

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ManualTOHOELECTRONICS INC.
DWG.No.4B-5408⑥ Auxiliary LineCan set the number of auxiliary lines per channel. Set the scale auxiliary line(Partitions) if necessary.
⑦ Time Stamp Time and Line
Displays the time stamp with the desired time interval during recording. Desired time interval varies depending on the setting of therecord cycle that is set during recording.
⑧ Event and Alarm Display
A yellow-green “△”symbol will be displayed at the portion where event (※1) has occurred during the recording. A red line will be
displayed at the portion where the alarm (※2) has been turned ON.
※1: See 5.2Alarm※2: See 5.9EventAlso, if the area where the trend line is drawn is touched, ↑/↓ keys, ▲/▼ keys, and scroll bar will be displayed at the following portionof the screen (indicated by red boxes):
The cursor can be moved through ↑/↓ key.
Change the timeframe, which is displayed on top of the screen, by pressing ▲/▼ keys.

4.3.3. Event History

Scroll Bar

Displays events that were triggered within the time of the selected file.
Up to 50 events will be displayed per page. Navigation within the page shall be done by ▲/▼ keys and scroll bar. Use Previous Page andNext Page to change the page.

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ManualTOHOELECTRONICS INC.
DWG.No.4B-5408

4.3.4. File Selection

Selects the file to be displayed with the historical trend.
Select the memory media (internal memory/SD card/USB memory) where the data is being recorded.
When memory media is selected, folders will be displayed on the left side of the screen while files that are contained in the selected
folder will be displayed on the right side of the screen.
When the desired folder and file are selected and the OK key is pressed, the information of the selected file will be displayed on theoriginal screen.
Pressing the Cancel key will display the original screen without opening the new file.
Up to 100 items per page for both folders and files will be displayed. Navigation within the page shall be done using▲/▼ keys and scroll
bar. Use Previous Page and Next Page to change the page.

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User’s

ManualTOHOELECTRONICS INC.
DWG.No.4B-5408

4.4. Settings
This section describes the basic operation to be performed at each setting. See Section 6List of Settings for the list of setting values.
4.4.1. Basic Operation of Setting Screen
The method of setting operations differs depending on the setting. Methods of operation are as follows: List Display; Select/Non-select;
Text Input; and Numerical Value Input
4.4.1.1. List Display

List of Setting Values

Key

The list of settings will be displayed by pressing the key. Touch the desired setting value to select.
Press the key again to close the list of setting value.

4.4.1.2. Select/Non-selectNon-selectSelectSwitching of non-select and select shall be done by touching the key.

4.4.1.3. Text Input

Key
Displays the text input screen when the key is pressed.
Input desired characters and press the “Enter” key.

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4.4.1.4. Numerical Value Input

Key
Displays the numerical value input screen when the key is pressed.
Add or subtract values through ▲/▼ key to set the desired value and press “Enter” key.

4.4.2. Unnecessary Settings
This product has a function that hides unnecessary settings in accordance with the settings condition.
Therefore, each setting screen may not display setting values in accordance with Section 6List of Settings.

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4.4.3. Main Menu

If parameter setting key is pressed, 4.4.4Parameter Settings will be displayed.
If system setting key is pressed, 4.4.5System Settings will be displayed.
Press Back key to go back to the original screen.
4.4.4. Parameter Settings

Pressing each submenu key will display the corresponding setting screen.
See Section 6List of Settings for settings to be displayed at each submenu.
However, copying of setting value and initialization of parameters are not included in the setting screen.
See 4.4.4.1Copying of Setting Value and 4.4.4.2Initialization of Parameters for details.

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ManualTOHOELECTRONICS INC.
DWG.No.4B-5408

4.4.4.1. Copying of Setting Value
Allows the user to copy the setting value of the input setting (except for the display color) between channels. Utilize this function if several
sensors of the same kind will be used.

Select the channel from the copy source. Select the channel where the setting value of the selected channel is to be copied. Press the“Enter” key. (See 4.4.1.2Select/Non-select)Press the Cancel key to cancel the copying and go back to the original screen.

4.4.4.2. Initialization of Parameters

Allows the user to initialize the group of settings that corresponds to each key (see Section 6List of Settings).
Pressing any key will display the following confirmation pop-up screen:

Press the OK key to initialize the setting group that corresponds to the selected key and close the pop-up screen.
Press the Cancel key to close the pop-up screen without performing the initialization.

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DWG.No.4B-5408

4.4.5. System Settings

Pressing each submenu key will display the corresponding setting screen.
See Section 6List of Settings for settings to be displayed at each submenu.
Provided, however, that SD card, USB memory, internal memory, and version are not included in the setting screen.
See 4.4.5.1SD Card, USB Memory, and Internal Memory and 4.4.5.2Version for details.
4.4.5.1. SD Card, USB Memory, and Internal Memory

Allows the user to perform the following operations to each memory: save or read setting values, and format (for the internal memory,the user is only allowed to format).

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DWG.No.4B-5408

Save/Read of Setting Values
A function to save setting values of this product to the external memory.
Pressing the setting value saving key will create the setting value file.
Setting value reading key will read the saved file and reflect the content of the setting value file to setting values in the product.
Operating procedure:◆ How to Save the File
If the setting value saving key is pressed, the following screen will be displayed:

List of Files

Press the file name key and set the desired file name at the Text Input screen. If the desired file is selected from the list of files
that isstored in the memory, the selected file will be displayed at the file name column.
If the OK key is pressed, the file will be saved with the name that is written in the file name column. If the file with the same
name already exists,press the OK key to display the pop-up screen that confirms overwriting the file.

◆ How to Read Files
If the setting value reading key is pressed, the following screen will be displayed:

List of Files

Select the desired file from the file list and press the OK key to reflect setting values in the file to the product.
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DWG.No.4B-5408

FormatA function that formats the subjected memory.
Product will erase all data in the subjected memory. Make sure that the subjected memory does not contain any data other thanthat for the product.
If the format key is pressed, a pop-up screen appears to confirm the initialization.

Press OK to execute the initialization (formatting). Press Cancel to cancel the initialization.

4.4.5.2. Version

Displays the software version of the product.

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4.4.6. Channel Settings

The above screen will be displayed by pressing the channel number key for 2 seconds.
If the setting verification key is pressed, a list of channel settings of the subjected channel will be displayed.
Displays the scale input screen when the scale key is pressed.
Press the Close key to close the channel setting pop-up screen.

Channel Setting List

Displays the list of setting values of the subjected channel.
If the setting item is touched, the selected setting will be changed (selected setting: blue-colored row).
If the setting change key is pressed, the setting screen of the selected setting item will be displayed.
See 4.4Settings for details.
Press the Close key to go back to the original screen.

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DWG.No.4B-5408

User’s

ManualTOHOELECTRONICS INC.
DWG.No.4B-5408

Input Scale

Upper Limit Range Key and Lower Limit Range Key: Pressing them will display the Numerical Value Input screen, which allows the user tochange the range of the scale.
Back Key: Sets the temporarilyset scale range back to the saved setting value.
Enter Key: Allows the changed scale range to take effect.
Cancel Key: Discards changes.
Press the Back key, Enter key, or Cancel key to go back to the original screen.

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User’s

ManualSection 5

TOHO

ELECTRONICS INC.
DWG.No.4B-5408

Function Description

5.1. Measuring Value
Performs a setting in accordance with the sensor to be used for each channel.
5.1.1. Method of Setting in Accordance with the Type of the Sensor
Method of setting per input type:
Temperature Sensor Input
If thermocouple or platinum resistance thermometer sensor is used as the sensor, do the desire setting at Input Setting of
Parameter Setting screen.
The measuring value of other channels can also be used as the reference junction temperature for more accurate measurementwith the thermocouple sensor. See 5.1.2RJC Function for details.
Current and Voltage Input
If the current and voltage output device is used as the sensor, do the desire setting at Input and Scaling Setting of Parameter
Setting screen.
The relationship between the setting of upper/lower limit of measuring range(Meas. upr/lwr lim) at Scaling Setting and theupper/lower limit of scaling range(Scale upr/lwr lim) are asfollows:

Scaling Range

Upper

Lower

Lower

Upper
Measuring Range

Setting Sample: To display 0-1V input as “0.0%–100.0%”
Input Type: -1-1 (V)Upper Limit of Measuring Range: 1.00
Lower Limit of Measuring Range: 0.00
Position of Decimal Point: 0.0
Upper Limit of Scaling Range: 100.0
Lower Limit of Scaling Range: 0.0
Unit: %
5.1.2. RJC Function
Since thermocouple is a sensor that uses Seebeck effect (electromotive force occurs in accordance with the difference in temperature
between two edges of the sensor), temperature of the measuring edge side of the thermocouple can be measured by adding thetemperature of the reference junction side (terminal board of the product).
RJC function allows the user to choose the temperature of the reference junction side between the measuring value of the internal circuitand the measuring value of other channels.
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DWG.No.4B-5408

If the measuring value of other channels is used, a more accurate measurement can be achieved by using the sensor that is moreaccurate than the measurement accuracy of the internal circuit.
5.1.3. Square Root Operation
If the square root operation is turned ON, it sets the measurement range to 0-100% and performs the square root operation for the input
value to convert it into a percentage.
It performs a scaling against the result of a square root operation and converts it into a measuring value.

開平演算データ

100%

10%

0%

1%

100%
入力値

Measurement values from 0% to 1% will be expressed by the straight line (broken line).

5.1.4. Correction of Measuring Value
Corrects the measuring value through offset and gain at REC/CALC. It allows the user to correct the measuring error of sensor andproduct or to correct the difference between the value measured at the location where the sensor is installed and the value measured at
the desired location.
The relationship between offset and gain is as follows:
Y = aX + b
X: Measuring value before the correction
Y: Measuring value after the correction
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5.2. Alarm
Allows the user to set up to 4 alarms per channel and outputs ON/OFF of the subjected alarm through ALM output/DO output.
Setting shall be done at the alarm setting. It can also attach the message to the subjected alarm.
Alarm Type
Sets conditions to trigger the alarm.
OFF: Turn the alarm function OFF.
Upper Limit Alarm: Alarm occurs if Measuring Value ≧ Alarm Setting Value is detected.
Lower Limit Alarm: Alarm occurs if Measuring Value ≦ Alarm Setting Value is detected.
Abnormal Alarm: Alarm occurs if Abnormal Measuring Value (※ 1) is detected.
※ 1: A state where input signal that exceeds the input range of the configured input type was detected (-H- or -L- is displayed), or
burnout has occurred (B.OUT is displayed)
Hysteresis
Sets to give allowance to alarm occurrence and resuming points. If the hysteresis is set, the alarm resuming point shall be the following:
Upper Limit Alarm: Measuring value < Alarm setting value - Hysteresis
Lower Limit Alarm: Measuring value > Alarm setting value + Hysteresis
Alarm Delay
This function is useful in the case where alarm is to be turned ON only if the above condition is continuously met for more than a given
period.

5.3. GroupIt can change the display condition per group (maximum of 8 groups).
See 6.1.2Display for display conditions that can be set.
Switching of group shall be done by the group switching key (See 4.2.1Common Sections of Real-Time Trend) or by automatic switching
function.
Automatic Switching Function
When auto display is turned ON, the group will automatically be switched per time period that is set at the change cycle setting.
Group switching key can still be used.
Switching of group will not be performed at the historical trend display.

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5.4. Record
Can set conditions of the contents to be recorded to the memory.
5.4.1. Record Cycle and File Record Cycle
Record Cycle: Sets the time interval of the recording of measurement value.
File Record Cycle(File rec. cy): It divides the file per time that was set.
Setting the range of the file record cycle varies depending on the setting value of the record cycle.
Record Cycle
Setting Range of File record Cycle
0.1 sec
10 mins
1sec, 2secs, 3secs, 5sec.
1 hr
10 secs, 15 secs, 20 secs, 30 secs, 1 min
1 hr, 1 day
2 mins, 3 mins
1 hr, 1 day, 1 week
5 mins, 10 mins, 15 mins, 20 mins, 30 mins
1 hr, 1 day, 1 week, 1 month
60 mins
1 hr, 1 day, 1 week, 1 month, 1 yr

5.4.2. Record TypeCan set the content to be recorded per channel.
OFF: Recording shall not be performed.
Inst. val: Records the measuring value of the record timing.
Average: Calculate and record the average value per record cycle.
Max/Min: Record the maximum/minimum value per record cycle.
If the record type is set to Average or Max/Min, then it computes or judges on a per sampling cycle (for this product, the sampling cycle isset to 100ms) basis.
Example: If the recording cycle is set to 1 second, then the value shall be the Average or Max/Min of 10 samplings.
5.4.3. Conditions to Start/Stop the Recording
As a default, start/stop of recording shall be done through the REC key. Through the setting, it can start/stop the recording in accordancewith the following condition:
If there is more than one condition to start/stop the recording, then it starts or stops the recording when any of these conditions is met.

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5.4.3.1. Schedule Function
Allows the user to set the time to start and stop the recording. It also allows the user to specify the date to activate the function on a per
day of the week basis or on a daily basis. If the day of the week is specified, the function will start and end the recording only within thespecified day of the week. Setting shall be done at 6.1.3.2Schedule.
If start time < end time, then the data from start time to end time of the subjected day will be recorded.
If start time ≧ end time, then the data from start time of the subjected day to end time of the following day will be recorded.
Example Setting: Day of the week = Monday only, start time = 20:00:00, and end time = 05:00:00
Result: Data from Monday, 20:00, to Tuesday, 05:00, will be recorded.
If start time = end time, then the operation shall be the following:
Day of the Week Setting: Recorded data of the consecutive day of the weeks shall be treated as one record and will be kept in the same
folder.
Example: If start time and end time = 12:00:00 while day of the week = Monday and Wednesday
Result: Data from Monday, 12:00, to Tuesday, 12:00, and from Wednesday, 12:00, to Thursday, 12:00, will berecorded.
If start time and end time = 12:00:00 while day of the week = Monday and Tuesday
Result: Data from Monday, 12:00, to Wednesday, 12:00, will be recorded.
Daily Setting: Since the stopping condition of the schedule function will be disabled, recording starts from the start date and will notstop unless the stopping condition set by the function other than the schedule is fulfilled.
5.4.3.2. ON/OFF of DI
Allows the user to start/stop the recording through DI by setting the function setting of the desired DI number to Record ON/OFF.
Record starts with the ON signal of DI that was set and stops with the OFF signal.
Do not set Record ON/OFF to the function setting of more than one DI number.

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User’s

ManualTOHOELECTRONICS INC.
DWG.No.4B-5408

5.4.3.3. Communication
Allows the user to start/stop the recording through the sending of specified command via communication function. See
5.10Communication for detail.
5.4.4. Record Data
Creates the record file into inserted SD card or USB memory (hereinafter referred to as “external memory”) in accordance with thesetting.
If no external memory is inserted, then the data will be saved in the internal memory. If the external memory is inserted while the data is
being saved in the internal memory, the product will then copy the data from internal memory to the external memory and then delete
the data in the internal memory.
If the external memory is not inserted, the product will then display the remaining capacity of the internal memory at the remaining
memory capacity display section (see 4.1Common Display Section).
Copy the data from the internal memory to the external memory before the memory of the internal memory runs out.
Structure of Record Data to be Saved in the Memory
MemoryRecorderfolderDATA
folderYYMMDDHHMMSS
folder（※１）

0000_YYMMDDHHMMSS.dmt
0000_YYMMDDHHMMSS_dme.csv
0000_YYMMDDHHMMSS_dmt.csv（※２）

0001_YYMMDDHHMMSS.dmt
0001_YYMMDDHHMMSS_dme.csv
0001_YYMMDDHHMMSS_dmt.csv（※２）

・
・
・

・
・
・

XXXX_YYMMDDHHMMSS.dmt
XXXX_YYMMDDHHMMSS_dme.csv
XXXX_YYMMDDHHMMSS_dmt.csv（※２）

Folder of eachrecording※１※1: Folder will be created per record under DATA folder. File name is determined by date and time the recording was started (or date
and time the recording was resumed from the power interruption).
※2: File will be created per file recording cycle. File name “YYMMDDHHMMSS” will be the same as that of the folder name.
dmt File: Data for this product. Do not edit or delete this file alone.
csv Files: File with “_dme” at the last portion means that the file contains event information (hereinafter referred to as “Event
Information File”) while file with “_dmt” at the last portion means that the file contains measuring value
information of each channel (hereinafter referred to as “Data File”). If there is no event information, thenthe event information file will not be created.
To view the data in the external memory with PC, view it within a form of csv file.
To delete the data, delete the entire record folder.

5.5. Message
Allows the user to record the message with the desired trigger (timing) as the event information.
Setting shall be done at 6.1.4.1Message.
Can set up to 20 messages. A trigger shall be set for each message.
If the FUNC key is to be set as the trigger, set the FUNC key setting to the message.
See 5.9Event to verify messages that were set.
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User’s

ManualTOHOELECTRONICS INC.
DWG.No.4B-5408

5.6. DICan set the function per DI. Other usage: It can also be used as the message trigger.
DI Function
OFF: Turn DI function OFF
Record ON/OFF: Starts/stops the recording through DI. See 5.4.3.2ON/OFF of DI for details.
LCD ON/OFF: Switches the state of LCD backlight between active and sleep. See 5.11LCD Backlight for details.

5.7. Lapse Time
Displays at lapse time display section (See 4.1Common Display Section) the lapsed time of which the condition that was specified at thelapse time(Progress time) setting is met. Note: Above will not be displayed if the lapse time display setting is turned OFF.
State to add the lapse time
Record: Record state
ALARM ON: Turn the alarm ON for the subject
DI: Turn DI ON for the subject
Reset the Lapse Time・ At the timing where addition is to be performed after the cancellation of the setting condition
・ By pressing the time reset key at the lapse time(Progress time) setting
Lapse time shall not be recorded in the record data.

5.8. FUNC Key
The function of the FUNC key can be set at the FUNC key setting.
OFF: Disables the FUNC key.
Display sequence per pressing of the FUNC key: “Trend Screen”⇒“Parameter Setting”⇒“System Setting”⇒“Trend Screen” and so on.
Message: Desired message function will be performed through the pressing of the FUNC key. See 5.5Message for details.

5.9. Event
Events can be viewed at the event history (See 4.2.5Event History and 4.3.3Event History) and event information file of the record data.
Whenever the event is triggered, the corresponding symbol will be displayed at the event and alarm display section of the trend screen.
Conditions of occurrence of each event are the following:
Power supply on: Power ON
Record Start: Start the recording
Record Stopt: Stop the recording
Alarm Occurrence: Turn the alarm ON for the subject
Alarm Recovery: Turn the alarm OFF for the subject
Message: Detect the timing of the subject- 38 -

User’s

ManualTOHOELECTRONICS INC.
DWG.No.4B-5408

5.10. Communication
Allows setting and monitoring through the serial communication via RS-485 and USB.
See Communication Manual for the specification of communication.

5.11. LCD Backlight
Reduces the brightness during sleep mode in order to prolong the life of LCD backlight. Setting shall be done at 6.2.1LCD backlight.
Conditions to Switch from Active to Sleep
If all the above conditions are met for a time period that was specified at the sleep time setting, then sleep mode will be activated.
・ No Key Operation
・ All DI function’ settings are other than “LCD ON/OFF,” or DI function with “LCD ON/OF” is being turned OFF.
・ Alarm resume setting is turned OFF or alarm resume setting is turned ON, but alarm is turned OFF.
Conditions to Switch from Sleep to Active
Switches to active if any of the conditions below is detected.
・Press the key
・ Any of the DI function is set to “LCD ON/OFF” while the subjected DI is being turned ON・ Alarm is turned ON while alarm resume setting is turned ON- 39 -

User’s

ManualSection 6

TOHO

ELECTRONICS INC.
DWG.No.4B-5408

List of Settings

Lists down name, setting range, and initial value of each setting. Those settings with the description “per ...” at the remark column meansthat the setting shall be done on a per subject basis.
In such case, setting shall be done while switching the subject by the key that is located at the screen as shown in the figure below.

Key
The above example is the case where the setting is made per channel.

6.1. Parameter Settings
6.1.1. Input Settings
6.1.1.1. Input
Name

Input Type

Setting Range
K
K Thermocouple
J
J Thermocouple
T
T Thermocouple
E
E Thermocouple
R
R Thermocouple
S
S Thermocouple
B
B Thermocouple
N
N Thermocouple
U
U Thermocouple
L
L Thermocouple
WRe5-26
PR40-20
PL2
Pt100
JPt100Initial Value

K-10-10(mV)
0-20(mV)
0-50(mV)-1-1(V)-10-10(V)
0-10(V)
4-20(mA)
Burnout
RCJ

RCJ Channel

RemarkPer Channel

OFF
ONInternal
Specified Channel
OFF
CH01
CH02
CH03
CH04
CH05
CH06

OFF
Internal

CH01- 40 -

User’s

Manual6.1.1.2. Scaling
Name
Square root
Meas. upr lim(Upper limit of measuring
range)
Meas. lwr lim(Lower limit of measuring
range)
Scale upr lim(Upper limit of scaling range)
Scale lwr lim(Lower limit of scaling range)

Decimal Point

Unit

TOHO

Setting Range
OFF
ON
Input voltage/current
Meas. lwr lim - 327.67(mV, V, mA)
Input voltage/current-327.68(mV, V, mA) - Meas. upr lim
Input voltage/current
Scale lwr lim - 32767(digit)
Input voltage/current-32768(digit) - Scale upr lim
0
1/digit
0.0
0.1/digit
0.00
0.01/digit
0.000
0.001/digit
0.00000.0001/digit
℃
ﾟF
K
mV
V
mA
A
mW
W
%
%RH
ppc
ppm
ppb

Initial Value

ELECTRONICS INC.
DWG.No.4B-5408
RemarkOFF
10.00-10.001000.00.0

0.0
Per Channel%- 41 -

User’s

Manual6.1.1.3. Display
Name

TOHO

Setting Range

Tag

Any character

Description

Any character
Red
Green
Blue
PurpleYellow
Aqua
Dark Red
Lime
Dark Blue
Bright Purple
Bule Green
Olive
Gray
Khaki
Brown
OrangeDisplay Color

6.1.1.4. Scale
Name
Rng of ScaleU(Upper limit of scale range)
Rng of ScaleL(Lower limit of scale range)
Scale No.
Partitions

Initial Value
CH01:TAG01
CH02:TAG02
CH03:TAG03
CH04:TAG04
CH05:TAG05
CH06:TAG06

ELECTRONICS INC.
DWG.No.4B-5408
RemarkPer Channel
CH01:Purple
CH02:Red
CH03:Green
CH04:Blue
CH05:Olive
CH06:Gray

Setting Range
Input voltage/current
Rng of ScaleL - 32767(digit)
Input voltage/current-32768 - Rng of ScaleU (digit)
No.1
No.2
No.3
0-20

Initial Value

Remark

1000.0
0.0
Per Channel
No.1
4- 42 -

User’s

Manual6.1.1.5. Alarm
Name
Alarm TypeAlm Tgt Conn

Alarm Value

Hysteresis

Alm Dly (sec)
6.1.1.6. REC/CALCName
Inp Fltr (sec)Record Type

OffsetGain

TOHO

Setting RangeOFF
Alm Up Lim
Alm Lw Lim
Abnl AlarmOFF
ALM
DO01-DO12
Input Thermocouple/Resistance Temperature
Detector-3276.8-3276.7 (℃)
Input voltage/current-32768-32767(digit)
Input Thermocouple/Resistance Temperature
Detector
0.0-3276.7(℃)
Input voltage/current
0-32767 (digits)
0.0-360.0

Initial Value

Setting Range
0.0-99.9
OFF
Inst. val
Average
Max/Min
Input Thermocouple/Resistance Temperature
Detector-3276.8-3276.7(℃)
Input voltage/current-32768-32767 (digit)
0.500-2.000 (times)

Initial Value
0.0- 43 -ELECTRONICS INC.
DWG.No.4B-5408
Remark

OFF

OFF

0.0

Per Channel,
Per Alarm

0.5

0.0

RemarkMax./Min.
Per Channel
0.0

1.000

User’s

Manual

TOHO

6.1.2. Display Setting
6.1.2.1. Group name
Name

Setting Range

Group Name

Any character

Group Display
Label Display

OFF
Group1 is fixed to ON
ON
Channel No.
Tag- 44 -

Initial Value
Group1:DISP_GRP_1
Group2:DISP_GRP_2
Group3:DISP_GRP_3
Group4:DISP_GRP_4
Group5:DISP_GRP_5
Group6:DISP_GRP_6
Group7:DISP_GRP_7
Group8:DISP_GRP_8
Group1：ON
Group2-8：OFF
Channel No.

ELECTRONICS INC.
DWG.No.4B-5408

RemarkPer Group

User’s

Manual6.1.2.2. Group channel
Name
CH01
CH02
CH03
Group01
CH04
CH05
CH06
CH01
CH02
CH03
Group02
CH04
CH05
CH06
CH01
CH02
CH03
Group03
CH04
CH05
CH06
CH01
CH02
CH03
Group04
CH04
CH05
CH06

TOHO

Setting Range
Non-selectSelectNon-selectSelectNon-selectSelectNon-selectSelectNon-selectSelectNon-selectSelectNon-selectSelectNon-selectSelectNon-selectSelectNon-selectSelectNon-selectSelectNon-selectSelectNon-selectSelectNon-selectSelectNon-selectSelectNon-selectSelectNon-selectSelectNon-selectSelectNon-selectSelectNon-selectSelectNon-selectSelectNon-selectSelectNon-selectSelectNon-selectSelectInitial Value
SelectSelectSelectSelectSelectSelectSelectSelectSelectSelectSelectSelectSelectSelectSelectSelectSelectSelectSelectSelectSelectSelectSelectSelect- 45 -ELECTRONICS INC.
DWG.No.4B-5408
RemarkUser’s

Manual

Name
CH01
CH02
CH03
Group05
CH04
CH05
CH06
CH01
CH02
CH03
Group06
CH04
CH05
CH06
6.1.2.3. Graph Display
Name
Horz trend
Vert trend
Bar graph
Digital disp.
6.1.2.4. Auto switching
Name
Auto display

Change cycle

TOHO
Setting Range
Non-selectSelectNon-selectSelectNon-selectSelectNon-selectSelectNon-selectSelectNon-selectSelectNon-selectSelectNon-selectSelectNon-selectSelectNon-selectSelectNon-selectSelectNon-selectSelectInitial Value

Setting Range
OFF
ON
OFF
ON
OFF
ON
OFF
ON

Initial Value

Setting Range
OFF
ON
5 sec
10 sec15 sec30 sec60 secInitial Value

ELECTRONICS INC.
DWG.No.4B-5408
RemarkSelectSelectSelectSelectSelectSelectSelectSelectSelectSelectSelectSelectRemarkONON
Per Group
ON
ON

OFF

5 sec

- 46 -

RemarkUser’s

Manual6.1.3. Record Settings
6.1.3.1. Record Operation
Name

Record Cycle

File rec. cyFile overwrite

TOHO

Setting Range
0.1 sec
1 sec
2 sec
3 sec
5 sec
10 sec15 sec20 sec30 sec
1 min
2 min
3 min
5 min
10 min15 min20 min30 min60 min10Minute
Selectable setting varies depending
1 Houron the setting of the recording
1 Day
cycle.
1 WeekSee Record Cycle and File Record C
1 Monthycle
1 YearDisableEnable- 47 -

Initial Value

1 sec

1 HourDisableELECTRONICS INC.
DWG.No.4B-5408

RemarkUser’s

Manual

TOHO

6.1.3.2. Schedule
Name
Schedule
Start Time
End Time
Sun
Mon
Tue
Day of the week
specified

Wed
Thu
Fri
Sat

Setting Range
OFF
Week Day
Every Day
00:00:00-23:59:59
00:00:00-23:59:59
Non-selectSelectNon-selectSelectNon-selectSelectNon-selectSelectNon-selectSelectNon-selectSelectNon-selectSelectInitial Value
OFF
00：00：00
00：00：00

Non-select- 48 -ELECTRONICS INC.
DWG.No.4B-5408
RemarkUser’s

Manual6.1.4. Others
6.1.4.1. Message
Name
Message

TimingChannel No.

Alarm No.

DI No.

6.1.4.2. DI
Name
Function

TOHO

ELECTRONICS INC.
DWG.No.4B-5408

Setting Range
Any character
OFF
Func Key
Alarm On
Alarm OffDI ON
DI OFF
CH01
CH02
CH03
CH04
CH05
CH06
Alarm 01
Alarm 02
Alarm 03
Alarm 04
DI01
DI02
DI03
DI04
DI05
DI06
DI07
DI08
DI09

Initial Value

RemarkSetting Range
OFF
Rec. ON/OFFLCD ON/OFF

Initial Value

RemarkOFF

Per DI

OFF

CH01

Per Message
Alarm 01

DI01

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User’s

Manual6.1.4.3. Progress time
Name
Progress time
Condition

Channel No.

Alarm No.

Function

TOHO

Setting Range
OFF
ON
RecordAlm ocrd
DI
CH01
CH02
CH03
CH04
CH05
CH06
All
Alarm 01
Alarm 02
Alarm 03
Alarm 04
All
DI01
DI02
DI03
DI04
DI05
DI06
DI07
DI08
DI09

Initial ValueOFF
RecordCH01

Alarm 01

DI01

- 50 -ELECTRONICS INC.
DWG.No.4B-5408
RemarkUser’s

ManualTOHOELECTRONICS INC.
DWG.No.4B-5408

6.2. System Settings
6.2.1. LCD backlightName
Slp t (min)Actv. brt.
Slp brt.
Alm rcvy
6.2.2. Key function
Name
FUNC KeyKey Lock

Menu Lock

Hard Key Lock

6.2.3. Comm. Settings
Name
ProtocolFormatComm. Address

Comm. Speed

Data Length
Stop bit
Parity check
BCC check
Resp delay

Setting Range
0-60
2-5
0-4
OFF
ON

Initial Value
5
50

Setting Range
OFF
Switching of Screen
MessageOFF
ON
Free
Parameter
System
All
Free
REC
FUNC
REC+FUNC

Initial Value

Setting Range
TOHO
ModbusType 1/RTU
Type 2/ASCII
1-99
2400bps
4800bps
9600bps
19200bps
38400bps
7bit
8bit
1bit
2bit
OFF
EVEN
ODD
OFF
ON
0-250(mS)

Initial Value

RemarkON

Remark

OFF
OFF

Free

Free

TOHO
Type 1/RTU
19600bps

8bit
2bit
OFF
ON
0

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RemarkUser’s

Manual6.2.4. Clock
Name
Year
Month
Day
Hour
MinuteSecond
6.2.5. Language
Name
Language

TOHO

ELECTRONICS INC.
DWG.No.4B-5408

Setting Range(Year) 2000–2099
1-12
1-31
0-23
0-59
0-59

Initial Value

RemarkSetting Range
EnglishJapanese

Initial Value

RemarkJapanese- 52 -